Matches in SemOpenAlex for { <https://semopenalex.org/work/W3082078814> ?p ?o ?g. }
- W3082078814 endingPage "1177" @default.
- W3082078814 startingPage "1161" @default.
- W3082078814 abstract "We report experiments on spatiotemporal evolution of the velocity profiles in shear-banding wormlike micelles upon inception of the flow in a Taylor–Couette (TC) cell. Both moderately entangled and highly entangled solutions are considered over a broad range of fluid elasticity E. Fluid elasticity, E = Wi/Re, characterizes the relative importance of the elastic to inertial effects. For both moderately and highly entangled solutions, upon inception of the shear, and during the stress decay period, fluid moves in the opposite direction to that of the imposed motion in a subset of the gap beyond critical thresholds of elasticity and flow ramp up rate, which depend on the fluid entanglement density. Surprisingly, beyond a second critical threshold of the fluid elasticity, the transient backflow disappears in moderately entangled solutions, highlighting the importance of the micellar entanglement on transient evolution of the flow in shear banding systems. More interestingly, we report the formation of multibanded quasisteady velocity profiles under certain conditions of fluid elasticity and flow ramp up rate. The multibanded profiles are characterized by a low shear band near the inner cylinder, a high shear band in the middle of the TC gap, and another low shear band near the outer cylinder. Finally, we show that the apparent wall slip at the inner cylinder of the TC cell is more pronounced for highly entangled solutions and decreases as the fluid elasticity increases. Experimental observations are compared with the existing simulations of the Vasquez–Cook–McKinley model, and several suggestions are made for future simulations." @default.
- W3082078814 created "2020-09-08" @default.
- W3082078814 creator A5002278525 @default.
- W3082078814 creator A5058288377 @default.
- W3082078814 date "2020-08-28" @default.
- W3082078814 modified "2023-10-17" @default.
- W3082078814 title "Effects of elasticity and flow ramp up on kinetics of shear banding flow formation in wormlike micellar fluids" @default.
- W3082078814 cites W1178727863 @default.
- W3082078814 cites W1490503032 @default.
- W3082078814 cites W1964701451 @default.
- W3082078814 cites W1971762740 @default.
- W3082078814 cites W1973255077 @default.
- W3082078814 cites W1980702355 @default.
- W3082078814 cites W1986997636 @default.
- W3082078814 cites W1989856152 @default.
- W3082078814 cites W1991332196 @default.
- W3082078814 cites W1991857370 @default.
- W3082078814 cites W1999557679 @default.
- W3082078814 cites W2024734373 @default.
- W3082078814 cites W2026784944 @default.
- W3082078814 cites W2027614405 @default.
- W3082078814 cites W2029639631 @default.
- W3082078814 cites W2030877112 @default.
- W3082078814 cites W2032947019 @default.
- W3082078814 cites W2033005322 @default.
- W3082078814 cites W2034507274 @default.
- W3082078814 cites W2037535547 @default.
- W3082078814 cites W2037957013 @default.
- W3082078814 cites W2039065455 @default.
- W3082078814 cites W2041843167 @default.
- W3082078814 cites W2043148268 @default.
- W3082078814 cites W2046556801 @default.
- W3082078814 cites W2047613736 @default.
- W3082078814 cites W2049378454 @default.
- W3082078814 cites W2050205780 @default.
- W3082078814 cites W2052458929 @default.
- W3082078814 cites W2052790665 @default.
- W3082078814 cites W2054157458 @default.
- W3082078814 cites W2055541196 @default.
- W3082078814 cites W2055671838 @default.
- W3082078814 cites W2056091130 @default.
- W3082078814 cites W2056654862 @default.
- W3082078814 cites W2062467377 @default.
- W3082078814 cites W2063752134 @default.
- W3082078814 cites W2065712718 @default.
- W3082078814 cites W2068289829 @default.
- W3082078814 cites W2070331519 @default.
- W3082078814 cites W2070351507 @default.
- W3082078814 cites W2070625984 @default.
- W3082078814 cites W2071014807 @default.
- W3082078814 cites W2075292791 @default.
- W3082078814 cites W2075462767 @default.
- W3082078814 cites W2077567906 @default.
- W3082078814 cites W2077611235 @default.
- W3082078814 cites W2081112303 @default.
- W3082078814 cites W2082595474 @default.
- W3082078814 cites W2086264441 @default.
- W3082078814 cites W2088713513 @default.
- W3082078814 cites W2092408707 @default.
- W3082078814 cites W2105130655 @default.
- W3082078814 cites W2109973793 @default.
- W3082078814 cites W2129140439 @default.
- W3082078814 cites W2133356711 @default.
- W3082078814 cites W2133381161 @default.
- W3082078814 cites W2136513726 @default.
- W3082078814 cites W2137129518 @default.
- W3082078814 cites W2143625251 @default.
- W3082078814 cites W2143642942 @default.
- W3082078814 cites W2160867211 @default.
- W3082078814 cites W2166337881 @default.
- W3082078814 cites W2313946306 @default.
- W3082078814 cites W2334936501 @default.
- W3082078814 cites W2519250908 @default.
- W3082078814 cites W2520385616 @default.
- W3082078814 cites W2617646806 @default.
- W3082078814 cites W2788671762 @default.
- W3082078814 cites W2796207796 @default.
- W3082078814 cites W2885458561 @default.
- W3082078814 cites W2895542950 @default.
- W3082078814 cites W2902619640 @default.
- W3082078814 cites W2953110408 @default.
- W3082078814 cites W2963047910 @default.
- W3082078814 cites W2980792461 @default.
- W3082078814 cites W3097989684 @default.
- W3082078814 cites W3103283997 @default.
- W3082078814 cites W3103977498 @default.
- W3082078814 cites W34746590 @default.
- W3082078814 cites W783614 @default.
- W3082078814 cites W99078787 @default.
- W3082078814 doi "https://doi.org/10.1122/8.0000010" @default.
- W3082078814 hasPublicationYear "2020" @default.
- W3082078814 type Work @default.
- W3082078814 sameAs 3082078814 @default.
- W3082078814 citedByCount "10" @default.
- W3082078814 countsByYear W30820788142021 @default.
- W3082078814 countsByYear W30820788142022 @default.
- W3082078814 countsByYear W30820788142023 @default.
- W3082078814 crossrefType "journal-article" @default.